CCIE2.0学习指南

Chapter 1 Getting Started

Introduction

Conclusion

Chapter 2 Data Link Layer-MAC Layer Issues

Data Link Layer Addressing

Address Summary

Ethernet Architecture

Summary of Ethernet Frame Formations and Descriptions

802.2 LLC Header

Fast Ethernet Architecture

Ethernet Vendor Addresses

Gigabit Ethernet Architecture

Token Ring Architecture

FDDI Architecture

Chapter 3 Logical Link Control Layer lssuse

Introduction

LLC Type 2 Operation

LLC Type 1 Operation

Summary

Chapter 4 Bridging Architectures

Bridging Advantages

How Bridges Work

How STB Works

Route Determination

SRB Summary

Source-Route Transparent

Translational and Encapsulation Bridging

Translation from Token Ring Frames to Ethernet

Translation from Ethernet Frames to Token Ring

Chapter 5 Net BIOS Architecture

Net BIOS Names

NetBIOS Services

NBF and Sessions

Net BEUI and the OSI Model

Cisco NetBIOS Support

Chapter 6 Working with AppleTalk

Cisco Systems AppleTalk Routing

AppleTalk Address Resolution Protocol(AARP)

Network Layer

What Is an AppleTalk Network Number

Transport Layer

What Is an Apple Talk Zone

Cisco Enhancements to Standard AppleTalk Services

Chapter 7 Working with Novell NetWare

Building the Directory Framework

Media Access Control Protocols(MAC)

NetWare Internet Packet Exchange(IPX)

Novell IPX Routing

NLSP: A Link-State Routing Protocol

Service Advertising Protocol

SPX Architecture

NetWare Core Protocol

Novell Show Commands

Chapter 8 TCP/IP Architecture Overview

Internet Protocol (IP)

Classlese InterDomain Routing (CIDR)

ARP Architecture

DHCP Protocol Architecture

Applications and Benefits

Internet Control Message Protocol (ICMP)

TCP Protocol Overview

User Datagram Protocol (UDP)

NetBIOS over TCP/IP

NetBIOS Name Service

NetBIOS Session Service

Overview of NetBIOS Session Service

NetBIOS Datagram Service

Cieco's TCP/IP Options

Summary

Chapter 9 Routing Information Protocol (RIP)

RIP Limitations

Split Horizon

Route States

RIPv1 Commands

Addressing Considerations

RIP Timers

RIP Header Format and Fields

RIP Summary

Routing Information Protocol Version 2

When Should I Choose RIPv1 over RIPv2?

Rip Show Commands

Chapter 10 Interior Gateway Routing Protocol and Enhanced IGRP

IGRP

Enhanced IGRP

IGRP Show Commands

OSPF Network Support

OSPF Concepts

The Hello Protocol

OSPF Show Commands

Chapter 12 Border Gateway Protocol

How BGP Works

BGP Message Header Format

Chapter 13 Data Link Switching (DLSw)

Objective of DLSw

Transport of SNA over TCP/IP

Overview of DLSw

DLSw Operations

DLSw Capabilities Exchange Structured Subfields

Capabilitiea Exchange Responeee

Cisco DLSw Implementations

Port/Ring Lists

Chapter 14 ATM Architecture

Overview

User-Network Interface Configuration

User-Network Interface Protocol Architecture

Physical Layer

SONET Physical Layer Architecture

Rate Decoupling

The ATM Cell Header

Generic Flow Control (GFC)

Virtual Path Identifier (VPI)/Virtual Channel Identifier (VCI)

Payload Type (PT)

Cell Lose Priority (CLP)

Header Error Control (HEC)

AAL Protocol Structure Defined

AAL 5: Simple and Efficient Adaptatione Layer (SEAL)

Control Plane Overview

Private Networks

User-Network Interface Signaling

Sending Data to Multiple Receivers

Multiplexing Different ATM Conneetions

Generic Functions

QoS, Network Performance, and Cell Loss Priority

Network-Node Interface Signaling

PNNI Introduction

LAN-Specifie Characteristics to Be Emulated

LANE Arehitectural Overview

LECS Connect Phase

Join Phase

Join Phase - LE Client View

Usage of ATM Addresses

Frame Relay Architecture

X.25 Module

X.25 Levels

High-Level Data Link Control

Packet Formats

The Major Categories of X.25 Packets

Packet Layer Flow Control

Network Layer Times

X.25 Virtual Interfaces

ISDN Architecture

Functional Devices and Raference Points

ISDN Reference Points

Network Layer Message Format

ISDN Applications

ISDN Features

ISDN Security

ISDN Show Commands

Appendix A CCNA Exam Bonus Questions

Appendix B CCNP Exam Bonus Questions

Reference

Index